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FLINDERS database

PERMLINK: www.lxcat.net/FLINDERS

CONTACT: Laurence Campbell, Flinders University

SCATTERING CROSS SECTIONS

Species: e + CO2 [8], N2 [48], NO [12], O2 [10]

Updates: 2013-11-29 … 2014-12-23

Downloads: 3841 times from 2013-11-28

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Data Group [N2Electronic]: Cross sections determined by Michael Brunger and Joanne Harrison, based on the compilation of data shown in Campbell et al., J. Phys. B: At. Mol. Opt. Phys. 34 (2001) 1185–1199.

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e / N2

Excitation E + N2 → E + A-3-Sigma_u+ (E = 6.1688 eV) | Updated: 29 November 2013.
Excitation E + N2 → E + B-3-Pi_g (E = 7.3531 eV) | Updated: 29 November 2013.
Excitation E + N2 → E + W-3-Delta_u (E = 7.3622 eV) | Updated: 29 November 2013.
Excitation E + N2 → E + B'-3-Sigma_u- (E = 8.1645 eV) | Updated: 29 November 2013.
Excitation E + N2 → E + a'-1-Sigma_u- (E = 8.3986 eV) | Updated: 29 November 2013.
Excitation E + N2 → E + a-1-Pi_g (E = 8.5488 eV) | Updated: 29 November 2013.
Excitation E + N2 → E + omega-1-Delta_u (E = 8.8895 eV) | Updated: 29 November 2013.
Excitation E + N2 → E + C-3-Pi_u (E = 11.03 eV) | Updated: 29 November 2013.
Excitation E + N2 → E + E-3-Sigma_g+ (E = 11.5 eV) | Updated: 29 November 2013.
Excitation E + N2 → E + a''-1-Sigma_g+ (E = 12 eV) | Updated: 29 November 2013.

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Data Group [N2XVib]: Electron impact excitation cross sections for transitions between vibrational levels of the ground state of N2, as described in Campbell et al., Planetary and Space Science 52 (2004) 815 – 822.

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e / N2

Excitation E + N2 → E + X-1-Sigma_g+(0->1) | 0->1. Updated: 5 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(0->10) | 0->10. Updated: 6 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(0->2) | 0->2. Updated: 5 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(0->3) | 0->3. Updated: 5 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(0->4) | 0->4. Updated: 6 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(0->5) | 0->5. Updated: 6 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(0->6) | 0->6. Updated: 6 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(0->7) | 0->7. Updated: 6 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(0->8) | 0->8. Updated: 6 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(0->9) | 0->9. Updated: 6 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(1->0) | 1->0. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(1->2) | 1->2. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(1->3) | 1->3. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(1->4) | 1->4. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(10->0) | 10->0. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(2->0) | 2->0. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(2->1) | 2->1. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(2->3) | 2->3. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(2->4) | 2->4. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(2->5) | 2->5. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(3->0) | 3->0. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(3->1) | 3->1. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(3->2) | 3->2. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(3->4) | 3->4. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(3->5) | 3->5. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(3->6) | 3->6. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(4->0) | 4->0. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(4->1) | 4->1. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(4->2) | 4->2. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(4->3) | 4->3. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(5->0) | 5->0. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(5->2) | 5->2. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(5->3) | 5->3. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(6->0) | 6->0. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(6->3) | 6->3. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(7->0) | 7->0. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(8->0) | 8->0. Updated: 9 December 2013.
Excitation E + N2 → E + X-1-Sigma_g+(9->0) | 9->0. Updated: 9 December 2013.

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